1) resistor film
电阻膜
2) membrane resistance
薄膜电阻;膜电阻
3) membrane surface resistance
膜面电阻
1.
Parameters including elapsed time, average current, and membrane surface resistance were measured under the same operating conditions until the electrical conductivity of dilute solution decreased to 0.
9mS·cm-1所经历的时间、平均电流和膜面电阻等参数的变化,确定了离子交换膜的污染状况,分别考察了含聚合物采油污水中的固体悬浮物、聚合物和原油对离子交换膜性能的影响。
4) membrane resistance
膜电阻
1.
To discuss the response characteristic of algae cell membrane electric signal to heavy metal ions, rapid reactions of freshwater algae cell(Nitella flexilis)membrane potential(MP)and membrane resistance(MR)to mercury, cadmium and lead were studied by extra-cellular technique and electrochemistry.
为探讨藻细胞膜电信号对重金属离子的响应特征,运用细胞外表面技术和电化学方法研究了淡水藻——大型轮藻(Nitellaflexilis)藻细胞膜电位和膜电阻对汞、镉、铅的快速反应。
2.
flexilis) cell membrane potential(MP) and membrane resistance(MR).
运用细胞外表面技术和电化学方法,构建了一种藻细胞膜电位传感系统,并研究了Pb2+污染对淡水藻细胞膜电位和膜电阻的影响。
5) film electric resistance
涂膜电阻
1.
Negative ion coatings, as a ?device? to produce negative air ion, can effectively release electrons in the earth to produce negative ions by controlling film electric resistance in the range of (107~108)Ω /cm under the action of strong magnetic field of magnetic materials.
负离子涂料可看作是一种产生空气负离子的装置,通过控制合适的涂膜电阻(107～108Ω/cm),并在极性材料强电场的作用下,可有效地将大地中的电子释放到空气中形成负离子。
6) resistive films
电阻薄膜
1.
Electrical stability of Cr-Si-Ni resistive films in acidic and alkaline aqueous solutions;
Cr-Si-Ni电阻薄膜在酸碱溶液环境中的电学稳定性
2.
Effect of nitrogen on crystallization behavior and electrical properties of Cr-Si-Al resistive films;
氮元素对Cr-Si-Al电阻薄膜晶化行为及电性能的影响
3.
Crystallization and oxidation behaviors of Cr-Si-Ni-N resistive films;
Cr-Si-Ni-N电阻薄膜的晶化与氧化特性
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条